Aarhus University’s Graduate School of Natural Sciences invites applications for 24 exciting PhD positions starting November 2025 or later. These fully funded positions span diverse fields, offering candidates the chance to engage in cutting-edge research with international collaborations and access to world-class facilities. Discover these opportunities below and take the next step in your academic career. You can also checkout 13 PhD Scholarships for International Students at University of South-Eastern Norway
All Available Positions
Early-Life Programming via the HMO–Microbiota–Bile Acid–Epigenetic Axis
This PhD position at Aarhus University’s Department of Food Science explores the critical role of human milk in shaping infant health through the interaction of human milk oligosaccharides (HMOs), gut microbiota, and epigenetic programming.
The project investigates how HMOs and probiotic supplementation influence microbial metabolism, immune system development, and long-term health outcomes, such as reducing risks of obesity and type 2 diabetes.
Using mother-infant cohorts from Denmark and China, the research combines molecular biology, microbiology, and nutrition to uncover how early-life nutrition programs lifelong health.
Eligibility
- Applicants must hold a relevant Master’s degree in fields like Food Science, Molecular Biology, Biochemistry, Chemistry, or Molecular Medicine.
- Required skills include experience with NMR spectroscopy, LC-MS, and bioinformatics, along with strong English communication skills.
- As the project is funded by the Sino-Danish Center (SDC), candidates must spend time in a Chinese research environment and contribute to SDC Master’s programs in Beijing during their stay. Check the SDC website for specific requirements.
Deadline: July 10, 2025, at 23:59 CEST
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Industrial PhD Position in Transient Electromagnetic (TEM) Data Processing and Inversion Using Satellite Remote Sensing and Physics-Driven Machine Learning
This Industrial PhD at Aarhus University aims to revolutionize transient electromagnetic (TEM) data processing, a technique used for non-invasive subsurface imaging, by integrating satellite imagery and physics-driven machine learning.
The project tackles challenges like detecting artefacts from man-made structures (e.g., cables, buildings), identifying complex TEM data affected by induced polarization (IP) effects, and improving subsurface modeling accuracy.
Using deep learning models trained on satellite data (e.g., Sentinel-1, Sentinel-2) and advanced neural networks, the research seeks to automate and enhance TEM workflows, reducing reliance on manual expert analysis.
The candidate will split their time between Aarhus University’s Departments of Electrical and Computer Engineering and Geoscience, and Bentley Systems Scandinavia, with a three-month international research stay and opportunities to publish in high-impact journals.
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Eligibility
- Applicants must hold or expect to complete a Master’s degree (120 ECTS) in electrical engineering, computer engineering, computer science, geophysics, geoscience, physics, or a related field, with thesis work specializing in at least two of: computer vision, deep learning, remote sensing, or electromagnetic methods.
- Proficiency in Python and machine learning frameworks like PyTorch is required, and experience with geophysical datasets or inversion methods is a plus.
- Candidates should have strong analytical skills, scientific curiosity, and excellent English communication skills, with the ability to work independently and collaboratively in an interdisciplinary setting.
Deadline: July 10, 2025, at 23:59 CEST
Structural and Functional Features of Microbial Caseins
This PhD position at Aarhus University’s Department of Food Science focuses on exploring the molecular and functional properties of caseins produced through precision fermentation in microorganisms, contributing to sustainable food protein production.
As part of a collaborative project funded by the Novo Nordic Foundation, the research investigates how microbial caseins differ structurally from animal-derived ones, particularly in post-translational modifications, and their functionality in forming casein micelles for applications like mineral binding and gelation.
The project involves advanced analytical techniques such as LC-MS, SDS-PAGE, ICP-MS, titration studies, particle size measurements, gelation studies, and transmission electron microscopy, with research conducted in collaboration with Aarhus University, DTU, and Chalmers, including planned external research stays.
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Eligibility
- Applicants must hold an M.Sc. degree in Food Science and Technology or Biotechnology and demonstrate excellent English communication skills, both oral and written, to present at international conferences and publish in peer-reviewed journals.
- Candidates should be enthusiastic about working in an international, interdisciplinary environment and be willing to undertake research stays abroad.
- Preferred qualifications include experience in lab-based food analysis, project work, and an interest in food protein biochemistry and functionality.
Deadline: July 10, 2025, at 23:59 CEST
Investigating Multiscale Mechanical Stimulation for Tissue Engineering
This PhD position at Aarhus University’s Department of Biological and Chemical Engineering is part of the EU Doctoral Network NanoRAM, focusing on developing nanobiomaterials for multiscale mechanical stimulation to enhance tissue engineering.
The project explores how mechanical signals influence neuronal and cardiac cell functions by creating biomimetic cultures using advanced techniques like electrospinning and biofabrication. It also involves computational modeling to replicate complex tissue structures.
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The candidate will collaborate with international partners, participate in secondments, consortium meetings, and workshops, and contribute to advancing therapeutic applications through soft matter research.
Eligibility
- Master’s degree (120 ECTS) in biotechnology, nanotechnology, molecular biology, biomedicine, or biomedical engineering with an excellent academic record.
- Previous knowledge in electrospinning, microfluidics, hydrogel materials, or electrophysiology is preferred.
- Must be a doctoral candidate (not already holding a doctoral degree) and enrolled in a doctoral program in an EU Member State or Horizon Europe Associated Country.
- Must comply with the EU mobility rule: not have resided or worked in Denmark for more than 12 months in the 36 months before recruitment.
- Strong motivation to work in an international, interdisciplinary environment and willingness to participate in secondments (up to one-third of the fellowship) and spend at least 50% of the fellowship in the non-academic sector.
Deadline: July 10, 2025, at 23:59 CEST
Upcycling of Alkaline Wastes Based on CO2 Mineralization
This PhD position focuses on innovative CO2 mineralization processes to reduce carbon emissions by upcycling alkaline waste materials.
The project explores bacteria-based technologies to enhance the efficiency of CO2 mineralization and develop high-value applications for the resulting products, such as calcium carbonate or nanoparticles, avoiding low-value uses.
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As part of an interdisciplinary Novo Nordisk Foundation-funded project, you’ll collaborate with a PhD student from the Department of Biology, leveraging state-of-the-art facilities and contributing to high-impact publications and international conferences.
Eligibility
- Master’s degree (120 ECTS) or at least one year of a Master’s degree in material sciences, material chemistry, inorganic materials, or related fields.
- Strong expertise in experimental work, particularly in new material development and characterization.
- Research experience in CO2 mineralization, calcium carbonate, or nanoparticle fabrication is advantageous.
- Self-motivated, proactive, team-oriented, and goal-driven personality.
- Excellent written and spoken English communication skills.
- Application must include a cover letter, CV, and contact details for 1-2 references.
Deadline: July 10, 2025, at 23:59 CEST
Intercropping of Cover Crops and Vegetables to Mitigate Nitrate Leaching and Improve Soil Health in Organic Farming
This PhD position investigates the integration of cover crops with organic vegetable production to enhance sustainability. The research focuses on how species selection and management practices, like sowing timing, affect nitrogen use efficiency, nitrate leaching, soil health, and carbon sequestration.
Through a factorial field experiment, the project will study plant growth, soil microbial activity, and environmental impacts, contributing to Danish (CloseFerVeg) and European (Gound2Live) projects. You’ll work in a collaborative, international team with access to advanced field and lab facilities, aiming to improve soil fertility and biodiversity while maintaining high yields.
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Eligibility
- Master’s degree in Plant, Horticultural, Agricultural, Biological, Environmental, or Soil Science.
- Fluent in written and spoken English.
- Knowledge of handling and analyzing experimental data.
- Ability to work independently and in a multidisciplinary team.
- Experience in conducting field experiments.
- Advantageous: Experience in plant and soil experiments and a proven record in scientific writing.
Deadline: August 1, 2025, at 23:59 CEST
Potentials and Limitations for Agricultural Crop Production in Agriphotovoltaics
This PhD position explores the integration of solar panels and crop production in an AgriPhotoVoltaic system to optimize land use while maintaining ecosystem health.
Part of the AGRIVOLT project funded by the Innovation Fund Denmark, the research focuses on sustainable crop production, yield, and quality for crops like wheat, rapeseed, and potatoes grown under solar panels. Y
ou’ll assess plant growth, physiological traits, disease pressure, and soil parameters, while measuring microclimatic factors like light and humidity. Using data from RGB cameras, remote sensing, and environmental monitoring, you’ll model crop responses to develop strategies for balancing agricultural and solar energy production.
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Eligibility
- M.Sc. degree in agronomy, agroecology, biology, environmental sciences, or closely related fields.
- Fluent written and spoken English for presenting at international conferences and publishing in peer-reviewed journals.
- Ability to work responsibly in interdisciplinary and international research teams.
- Experience or interest in crop physiology, experimental field trials, or sustainable crop production.
- Skills in handling data using R or other coding environments are beneficial.
- Knowledge of handling and analyzing experimental data.
Deadline: August 3, 2025, at 23:59 CEST
Enteric Methane Production and Feed Quality of Grasses with Differing Carbon Sequestration Potential
This PhD position focuses on reducing the climate and environmental impact of dairy farming by studying the feed quality and enteric methane production of different grass species used as forage for dairy cows.
Part of the ClimateReach project, the research involves intensive animal trials with multi-fistulated cows, production trials, and in vitro methods to evaluate four grass types for feed quality, milk production potential, and methane emissions. You’ll collaborate with the Department of Agroecology to explore how grassland management enhances carbon sequestration and sustainability in milk production, contributing to a climate-friendly agricultural system.
Eligibility
- M.Sc. degree in Animal Science, Biology, Veterinary Science, or related fields.
- Interest in ruminant nutrition and digestion.
- Experience with data analysis.
- Ability and interest in collaborating across disciplines with project partners.
- Effective communication skills in English, both written and spoken.
- Good scientific writing skills.
- Beneficial: Interest or experience in grassland management.
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Deadline: August 3, 2025, at 23:59 CEST
PhD Position in Microbiome Metagenomics and Bioremediation of Groundwater in the EMBARQ Project
This PhD position is a part of the Novo Nordisk Foundation-funded EMBARQ project, explores groundwater microbiomes and their role in bioremediation.
You’ll use metagenomic and metatranscriptomic sequencing to characterize microbial communities and their functional genes, focusing on the KB1 culture’s ability to degrade chlorinated ethenes in groundwater.
The project develops innovative risk assessment tools, integrating AI and a OneHealth perspective to evaluate the environmental impact of bioremediation microbes. Collaborating with a multidisciplinary team, you’ll contribute to sustainable solutions for groundwater cleanup.
Eligibility
- Master’s degree in Environmental Microbiology, Bioinformatics, or a related field.
- Experience with high-throughput sequencing techniques and/or bioinformatics tools.
- Strong analytical and problem-solving skills.
- Excellent communication and teamwork abilities.
- Ability to work independently and take responsibility for the research project.
- Enthusiasm for collaborative, interdisciplinary research environments.
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Deadline: August 3, 2025, at 23:59 CEST
Bubble Dynamics in Gas Evolving Systems
This PhD position investigates bubble-bubble and bubble-wall interactions in gas-evolving electrochemical processes, such as water splitting, to improve energy efficiency. The project focuses on understanding the fundamental physics of these interactions under complex conditions like phase changes, temperature gradients, and surfactants.
You’ll primarily use interface-resolving numerical simulations, with opportunities to incorporate experiments, and collaborate with a team exploring both numerical and experimental approaches to enhance the sustainability of electrochemical systems.
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Eligibility
- Master’s degree in mechanical engineering or a related field by the start of the position.
- Strong educational background with knowledge of fluid dynamics and heat and/or mass transfer.
- Effective English communication skills, both oral and written, for academic and social contexts.
- High level of independence and motivation for cutting-edge research.
- Familiarity with computational fluid dynamics (CFD) and multiphase flows is advantageous.
Deadline: August 4, 2025, at 23:59 CEST
Socio-Cultural Foundations for Pollinator Restoration Actions in the Agrifood System
This PhD position is a part of the European RestPoll and Butterfly projects, focuses on the socio-cultural aspects of pollinator restoration in Denmark’s agri-food system.
Pollinators are vital for agricultural productivity, yet face threats from intensive land use and climate change. You’ll explore how farmers, land managers, and rural communities perceive and manage pollinator habitats, using Living Labs to study social norms, cultural values, and local knowledge.
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The project aims to develop participatory, inclusive strategies to enhance pollinator-friendly conservation, contributing to sustainable biodiversity in agricultural landscapes.
Eligibility
- Master’s degree (or near completion with documentation of final thesis and exam date) in anthropology, sociology, geography, political science, or related fields with a focus on agriculture or food production.
- Strong interest in socio-cultural perspectives on agroecology and biodiversity.
- Ability to organize and conduct research in collaborative settings, such as Living Labs.
- Excellent communication skills in English for presenting and publishing research.
- Motivation to work in an interdisciplinary, stakeholder-driven research environment.
Deadline: August 5, 2025, at 23:59 CEST
Pollinators at the Edge: Exploring Forest Habitats in a Changing Agri-Food System
This PhD position is a part of the European RestPoll and Butterfly projects, investigating the role of forest habitats in supporting pollinator diversity, with a focus on wild bees in Danish forest interiors, edges, hedgerows, and flowering shrubs.
You’ll conduct field-based monitoring, analyze pollinator-plant interactions, and use spatial and statistical tools to model habitat suitability and connectivity. The project aims to understand how these habitats sustain pollinators under changing land-use and climate conditions, contributing to policy-relevant conservation strategies in collaboration with an international, interdisciplinary team.
Eligibility
- Master’s degree (or equivalent) in agroecology, biology, entomology, or a related discipline.
- Knowledge of pollinator taxonomy, especially bees, hoverflies, and butterflies.
- Experience in ecological and biological data collection and analysis.
- Familiarity with data handling in R or similar coding environments is advantageous.
- Strong written and spoken English skills for scientific publications and communication.
- Proactive, collaborative, and eager to contribute to interdisciplinary research teams.
Deadline: August 5, 2025, at 23:59 CEST
Pathways for Agroforestry Landscape Transitioning, a Social and Multi-System Perspective
This PhD position is a part of the EU project AGRECO4CAST, exploring the implementation of agroforestry systems to enhance biodiversity, water quality, climate resilience, and sustainable food production.
By combining landscape ecology and social science, you’ll investigate socio-economic opportunities and barriers to agroforestry adoption, using participatory methods like Digital Round Table and stakeholder engagement in European living lab case studies.
The project aims to develop a framework to support agroforestry transitions, collaborating with international research centers like Land-CRAFT and Sustainscapes.
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Eligibility
- Master’s degree in social science, environmental science, geography, agroecology, or landscape ecology.
- Comfortable engaging with people through workshops and facilitation (training provided).
- Strong oral and written English communication skills for scientific publications.
- Ability to work independently and collaboratively in an interdisciplinary, international academic environment.
- Willingness to undertake international travel for project collaboration.
- Enthusiasm for contributing positively to the research and social environment.
Deadline: August 10, 2025, at 23:59 CEST
Farm and Landscape Transition Scenarios for a Sustainable Development in Living Labs
This PhD position focuses on developing tools to support sustainable farming and landscape transitions, aligned with the Danish Tripartite Agreement and international sustainability goals.
Part of the TRANSFORM-DK and Land-CRAFT.dk initiatives, the project explores Nature-based Solutions for environmental and climate impact mitigation through living labs. You’ll work closely with farmers, advisors, and stakeholders to collect digital data, develop models, and test real-world scenarios for sustainable agricultural practices, collaborating with national and international partners, including the EU-China trans4num project.
Eligibility
- Master’s degree (or at least one year of a Master’s degree, open to 4+4 or 3+5 year programs) in agricultural or environmental science, bioengineering, agroecology, biology, geography, or landscape planning.
- Basic knowledge of biological or agricultural systems is advantageous.
- Strong communication skills in English for scientific publications and stakeholder engagement.
- Ability to work independently and collaboratively in an interdisciplinary, international research environment.
- Enthusiasm for contributing to a positive academic and social research community.
Deadline: August 10, 2025, at 23:59 CEST
Data-Driven Modeling and Prediction of Turbulent Flows
This PhD position focuses on advancing computational fluid dynamics (CFD) tools for turbulent flow simulations, critical for applications like wind farms, ocean currents, and engineering designs.
You’ll develop physics-constrained, data-driven turbulence models using machine learning, leveraging data from direct numerical simulations (DNS) and experiments. The project aims to enhance large-eddy simulation (LES) and Reynolds-averaged Navier-Stokes (RANS) approaches, applying them to real-world scenarios such as turbulent flows over complex terrain, integrating applied mathematics and practical CFD solutions.
Eligibility
- Master’s degree in Mechanical Engineering, Physics, or related fields.
- In-depth knowledge of fluid mechanics and turbulence.
- Experience with high-performance computing and/or machine-learning algorithms.
- Strong written and oral communication skills in English.
- High motivation and independence to complete a 3-year PhD.
Deadline: August 15, 2025, at 23:59 CEST
Manufacture of Fibre-Reinforced Polymer Composite Tubes via Convoluted Roll Wrapping
This Industrial PhD position, a collaboration between Aarhus University’s Department of Mechanical and Production Engineering and Elektro-Isola A/S, focuses on advancing the manufacture of fibre-reinforced thermoset polymer composite tubes using the convoluted roll-wrapping method.
You’ll develop predictive process models to reduce production defects and explore sustainable, low-waste manufacturing options, supporting Elektro-Isola’s goal of cutting CO₂ emissions by 50% by 2030. Using numerical simulations (e.g., COMSOL Multiphysics) and experimental characterization, you’ll transition experiential manufacturing knowledge to a data-driven approach, working closely with industry technicians and contributing to publications and workshops.
Eligibility
- M.Sc. degree (120 ECTS) in Mechanical, Materials, Manufacturing Engineering, or related fields by the start date.
- Fulfillment of at least three of the following:
- Knowledge of heat transfer principles.
- Understanding of solid mechanics, including stress analysis and structural integrity.
- Familiarity with composite materials and their industrial processing techniques.
- Knowledge of thermoset materials and characterization tools (e.g., DSC).
- Experience with experimental characterization or numerical simulation tools (e.g., COMSOL Multiphysics).
- Fluent in written and oral English.
- Proactive, hands-on, and collaborative mindset, comfortable working in an industrial environment.
- Open to recent graduates or experienced engineers seeking to advance research expertise.
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Deadline: August 17, 2025, at 23:59 CEST
1 Open PhD Position on Digital Twin-Enabled Validation and Maintenance for Pharma Industrial Processes
This Industrial PhD position, a collaboration between Aarhus University’s Department of Electrical and Computer Engineering and Technicon, focuses on leveraging Digital Twin technology to enhance pharmaceutical manufacturing processes.
You’ll develop methods to reduce the time-to-market by validating processes through digital experiments and optimize maintenance by monitoring multiple systems for inconsistencies. The project aims to advance Digital Twin applications beyond current standards, improving efficiency and reliability in pharma automation. You’ll work in a dynamic, interdisciplinary team, splitting time between Technicon in Hobro and Aarhus University, contributing to innovative solutions for industry challenges.
Eligibility
- Master’s degree in computer engineering, computer science, robotics, or a related field.
- Background in digital twin engineering, autonomous systems, and machine learning.
- Experience in cyber-physical modeling and simulation.
- Knowledge of autonomous agents and multi-agent systems.
- Proficiency in probability and statistics, including Python or R.
- Previous experience with developing models, tools, or processes is desirable.
Deadline: August 31, 2025, at 23:59 CEST
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Phytochemical Regulation of Pest and Microbiomes on Faba Bean
This PhD position investigates how intercropping faba beans with cereals can enhance sustainable food production by reducing pest and pathogen pressures without pesticides.
You’ll explore whether faba beans uptake defensive compounds, like benzoxazinoids from cereals, to protect against aphids and fungal root pathogens, and study the role of root microbiomes using metagenomics.
The project involves controlled plant experiments, advanced metabolomics, and bioinformatics, offering opportunities to publish in scientific journals, attend conferences, and work with a dedicated supervisory team at Research Centre Flakkebjerg.
Eligibility
- Master’s degree in Biology, Agronomy, or a related field, preferably with a specialization in plant biology or microbiology.
- Genuine interest in plant-organism interactions.
- Strong oral and written English communication skills.
- Motivation to develop computational and analytical skills in bioinformatics and statistics.
- Interest in greenhouse work, analytical chemistry, and molecular laboratory tasks.
- Ambition to write scientific articles and eagerness to learn.
- Ability to work independently and collaboratively with technical and scientific staff.
- Knowledge of bioinformatics, statistics, or plant-microbe interactions is advantageous.
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Deadline: September15, 2025, at 23:59 CEST
Atmospheric Aerosol Particles: Probing How Phase Behavior of Organic Aerosols Affects Their Ability to Take Up Water and Form Clouds
This PhD position at Aarhus University’s Department of Chemistry, within the Center for Chemistry of Clouds (C3), investigates how the phase behavior of secondary organic aerosol (SOA) particles impacts their ability to form clouds, a critical factor in atmospheric chemistry and climate systems.
You’ll generate SOA particles in the AURA simulation chamber, using microscopy and advanced instrumentation to study their phase transitions (e.g., liquid to solid) and water uptake properties.
The project, hosted by the Aerosol and Cloud Microphysics group, offers a collaborative, interdisciplinary environment to advance atmospheric science through experimental research.
Eligibility
- Master’s degree (or Bachelor’s degree plus one year of Master’s studies) in Chemistry, Physics, Atmospheric Science, or Nanoscience.
- Strong interest in atmospheric processes and laboratory experiments.
- Experience with aerosol and cloud instrumentation is advantageous.
- Excellent academic results and attention to detail.
- Good collaboration skills and ability to work independently.
- Strong written and oral English communication skills.
Deadline: August 1, 2025, at 23:59 CEST
Blending Realities for Distributed Team Collaboration
This PhD position at Aarhus University’s Department of Computer Science explores how Mixed Reality (MR) can enhance hybrid team collaboration by creating shared interactive environments for remote and co-located workers.
The project focuses on designing adaptive spatial mapping techniques, studying the impact of distributed spatial arrangements on creativity and presence, and developing theories for spatial interaction in MR. You’ll evaluate these technologies in real-world settings through a Living Lab, contributing to human-computer interaction (HCI) research and the future of scalable, inclusive hybrid workplaces.
Eligibility
- Master’s degree (or equivalent) in computer science, interaction design, human-computer interaction, or related fields.
- Strong interest in Human-Computer Interaction, Mixed Reality, spatial interaction, collaborative systems, or proxemics theory.
- Experience or motivation to explore multi-user MR systems, theory-driven design, or empirical evaluation of collaborative technologies.
- Research potential demonstrated through prior work (e.g., thesis, publications, projects).
- Excellent communication and teamwork skills.
- Intellectual curiosity and rigor.
Deadline: August 1, 2025, at 23:59 CEST
GreenFjords
The GreenFjords project at Aarhus University’s Department of Geoscience explores the environmental and climatic history of northeast Greenland’s fjord systems over the past 12,000 years.
Focusing on five fjords—Dove Bay, Ardencaple Fjord, Young Sound, Kong Oscar Fjord, and Scoresby Sound—the project investigates ice-ocean interactions, glacial history, and ecosystem changes.
Using sediment cores, acoustic surveys, and hydrographical data, the PhD candidate will analyze microfossils, lipid biomarkers, stable isotopes, and sediment properties to reconstruct past oceanography and climate variability.
The project includes collaboration with experts in Arctic paleoceanography, ice modeling, and marine geophysics, along with a 3-month research stay abroad.
Eligibility Criteria
- Master’s degree (or at least one year of a Master’s) in natural sciences (e.g., geology, geophysics, oceanography, environmental science, chemistry, biology, or ecology).
- Experience in one or more of the following: Arctic paleoceanography, multi-proxy climate reconstructions, micropaleontology, organic geochemistry, Quaternary geochronology, or marine geophysics.
- Ability to articulate how your research interests and experience align with the GreenFjords project in your cover letter.
Deadline: August 1, 2025, at 23:59 CEST
Illuminating the Dark Kinome Using Integrated Structural Biology
This PhD project at Aarhus University’s Interdisciplinary Nanoscience Center (iNANO) investigates how phosphorylation regulates kinases through their disordered linker regions, focusing on the kinases Raf1 and PAK1.
The project explores how these regions control kinase activity by studying their conformational changes using advanced structural biology techniques like NMR, SAXS, smFRET, and EPR, combined with computational tools.
The PhD candidate will prepare phosphorylated protein samples, conduct wet lab experiments, and collaborate with international research groups, including a research stay abroad. You’ll work alongside a postdoc and another PhD student in a highly interdisciplinary environment, with opportunities to present at conferences.
Eligibility Criteria
- Master’s degree in biochemistry, molecular biology, nanoscience, or related fields.
- Experience in recombinant expression or protein purification is desirable but not mandatory.
- Familiarity with NMR is a plus but not required.
- Strong English communication skills, both oral and written.
Deadline: August 1, 2025, at 23:59 CEST
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Biophysical Analysis of Disordered Regions of Plant Hormone Transmembrane Transporters
This 3-year PhD project at Aarhus University’s Department of Molecular Biology and Genetics, within the Plant-PATH Center of Excellence, focuses on membrane proteins involved in plant hormone transport.
The research aims to understand how disordered regions regulate these proteins using biophysical methods, computational modeling, and structural biology techniques like cryoEM and mass spectrometry. Conducted in a collaborative, interdisciplinary environment with access to world-class facilities, the project involves partnerships with the Free University Brussels and Technical University Munich. The PhD candidate will tailor the project with supervisors, engage in international collaborations, and participate in conferences and seminars.
Eligibility Criteria
- Master’s degree (or expected completion) in a relevant field such as molecular biology, plant physiology, or related disciplines.
- Knowledge or experience in protein purification and biophysical characterization is advantageous.
- Strong academic record, curiosity, and good collaboration skills with the ability to work independently.
Deadline: August 1, 2025, at 23:59 CEST
How Does Glacier Melt Affect Biogeochemical Processes and Phytoplankton Production in Arctic Coastal Areas?
This PhD project investigates the impact of glacier melt on Arctic coastal ecosystems. Focusing on West and Northeast Greenland, the project examines how freshwater from melting glaciers influences fjord circulation, biogeochemical processes, and phytoplankton production.
Using existing and new field data, the PhD candidate will study the physical and chemical effects of glacial meltwater and its role in coastal productivity. The project offers a collaborative environment with access to advanced facilities and opportunities to contribute to cutting-edge Arctic research.
Eligibility Criteria
- Master’s degree in physical, chemical, or biological oceanography.
- Experience in field research, data analysis, or programming (e.g., Python, MATLAB) is advantageous.
- Strong team-playing skills and ability to work in a diverse, international lab setting.
- Excellent oral and written communication skills.
Deadline: August 1, 2025, at 23:59 CEST
